Target Audience for Cisco 350-601 Exam

The Cisco 350-601 exam is developed mainly for those specialists who perform the implementation of core data center technologies, including storage network, network, compute, security, and automation. To ace this test, the students need to show that they have the ability to identify products in the Cisco MDS and Cisco Data Center Nexus families and also possess the professional familiarity with hypervisor technologies such as VMware. In addition, the candidates are required to have familiarity with SANs, Fiber Channel protocol, and Ethernet and TCP/IP networking. They also need to show that they have a deep understanding of the Cisco Enterprise Data Center architecture and server system architecture and design.

Skills Outline of Cisco 350-601 Exam

The Cisco 350-601 exam is presented to the candidates in a wide range of topics, which indicate the skills measured. Here they are:

• Security (15%)

  In the last section, the examinees need to demonstrate their expertise in applying network security, including CoPP, ACI contracts, and micro-segmentation, AAA and RBAC, and first-hope security features, such as port security, DHCP snooping, and dynamic ARP inspection. In addition, the candidates will need to show that they can apply to compute security effectively. Last but not least, they will have to answer the questions related to the application of storage security in reference to AAA and RBAC, fabric binding, and port security.

• Network (25%)

  To answer the questions from this first topic, the test takers need to demonstrate that they have the skills and knowledge required to apply routing protocols (FHRP, PIM, MP-BGP, OSPFv2, OSPFv3), implement network configuration management, and implement infrastructure monitoring such as SPAN and NetFlow. This domain also comprises of skills such as describing software updates and their impacts, which means that the students should understand fabric setup, VMM, tenant policies, and access policies. Also, they will be required to answer the questions related to analyzing Cloud deployment and service models, analyzing packet flow (broadcast, multicast, and unicast), applying overlay protocols such as OTV and VXLAN EVPN, and applying switching protocols, for example, vPC, LACP, and RSTP+.

• Automation (15%)

  In the framework of this topic, the individuals need to show their competency in implementing automation and scripting tools, including REST API, EEM, Scheduler, Guest Shell and Bash Shell for NX-OS, and JSON and XML encodings. Answering the questions within this domain, they also need to be able to evaluate automation as well as orchestration technologies. This means that they should be well conversant with UCSD, DCNM, POAD, PowerShell, Python, Ansible, and Puppet.

• Compute (25%)

  Answering the questions from this objective, the applicants have to show that they have the capability to implement Cisco Unified Compute System Rack Servers, implement infrastructure monitoring such as Intersight and SPAN, implement compute management configuration (restore and backup), describe software and firmware updates and their effects on C-Series and B-Series servers, and explain HyperFlex Infrastructure with its benefits (all-flash vs Edge and Hybrid Architecture). Besides, within this knowledge area, the learners’ ability to implement Cisco Compute System Blade Chassis is tested. This means that the students must have the skills needed to accomplish initial setup and infrastructure management. They should also demonstrate their knowledge of server management, storage management, and network management (pools and policies, VLANs, templates, QoS).

• Storage Network (20%)

  This subject area evaluates the candidates’ proficiency in describing software updates as well as their impacts (EPLD and disruptive/nondisruptive), implementing infrastructure monitoring, describing the NAS and NFS concepts, and implementing FCoE Unified Fabric (DCB and FIP). This topic also encompasses their proficiency in implementing Fiber Chanel. This means that the applicants must have a thorough understanding of zoning, VSAN, NPV and NPIV, device alias, FCNS, CFS, FCID, port channels, and switch fabric initialization.

Career Prospects

The certificates associated with the Cisco 350-601 exam qualify the successful candidates for the professional- and expert-level positions in the sought-after field of enterprise-class data center environments. The job titles, such as a Network Designer, a Network Manager, a Network Engineer, a Network Administrator, a Technical Solutions Architect, a Systems Engineer, a Field Engineer, a Server Administrator, a Consulting Systems Engineer, and a Data Center Engineer, will become available to you after completing the certification test. The median salary for these roles varies between $70,000 and $80,000 per year.

Reference: https://www.cisco.com/c/en/us/training-events/training-certifications/exams/current-list/dccor-350-601.html

The first step to prepare for the Cisco 350-601 exam is to review the topics covered in it. This will help evaluate the scope of work and select the right study materials. The highlights of the knowledge areas that constitute the content of the certification test are provided below:

• Security – 15%

  The last part of the Cisco 350-601 exam comprises of the application of network security (AAA & RBAC, DHCP snooping, ACI contracts & microsegmentation, CoPP, first-hop security features like dynamic ARP inspection, and port security); application of compute security (AAA & RBAC as well as keychain authentication); application of storage security (AAA & RBAC, port security, and fabric binding).

• Compute – 25%

  The aim of this exam section is to assess the competency of the professionals in implementing Cisco Unified Compute System Rack Servers. It also encompasses their expertise in implementing Cisco Unified Compute System Blade Chassis, comprising network management, primary setup, storage management, infrastructure management, as well as server management. Other abilities measured within this subject area include describing HyperFlex Infrastructure Concepts as well as their benefits; explaining software & firmware updates as well as their influence on B-Series & C-Series servers; implementing the management of compute configuration; implementing infrastructure monitoring such as SPAN and Intersight.

• Network – 25%

  To answer the questions related to this topic, the candidates need to show their proficiency in implementing routing protocols (OSPFv2, MP-BGP, OSPFv3, PIM, and FHRP); implementing switching protocols, such as LACP, RSTP+, and Vpc; implementing overlay protocols, including VXLAN EVPN and OTV; implementing the ACI concepts, such as fabric setup, VMM, access policies, and tenant policies. Besides that, the applicants are required to show that they possess the skills in analyzing packet flow (comprising multicast, unicast, and broadcast); analyzing Cloud service as well as deployment models (NIST 800-145); describing software updates as well as their impacts (comprising disruptive/nondisruptive, EPLD, and patches); implementing the management of network configuration; implementing infrastructure monitoring such as NetFlow as well as SPAN; describing the concepts of network assurance like streaming telemetry.

• Storage Network – 20%

  The focus of this domain is on the ability of the students to perform the following technical tasks: implementation of Fibre Channel (comprising switch fabric initialization, NPV & NPIV, port channels, CFS, FCID, zoning, device alias, FCNS, and VSAN); implementation of FCoE Unified Fabric (comprising FIP & DCB); description of NFS as well as NAS concepts; description of software updates and their effects (comprising disruptive/nondisruptive & EPLD); implementation of infrastructure monitoring.

• Automation – 15%

  This module requires that the examinees possess the skills in implementing automation & scripting tools, such as EEM, scheduler, REST API, Bash Shell & Guest Shell for NX-OS, JSON & XML encodings. They should also be able to assess the automation & orchestration technologies, such as Ansible, UCSD, Puppet, POAP, Python, DCNM, and PowerShell.

Cisco 350-601日本語 Exam Syllabus Topics: